Andrew  Adamatzky is a professor at the Department of Computer Science and Director of the Unconventional Computing Centre, University of the West of England, Bristol,  UK.  He does research in  reaction-diffusion computing, cellular automata, massive parallel computation, collective intelligence, bionics, complexity, non-linear science, novel hardware.Genaro J Martinez is a professor at the School of Computer Sciences, National Polytechnic Institute, Mexico City, Mexico and visiting fellow at the Unconventional Computing Centre, University of the West of England, Bristol,  UK. His does research in cellular automata, unconventional computing, artificial life, complex systems, and swarm robotics.

“The authors succinctly describe the core ideas of the automata used to generate the beautiful images, and some of the interesting explorations that led to the particular calculations behind the images included in the book. … The images and the reference list together make the book a valuable starting point for those interested in the theory or the art, or those who simply want to find websites where these fascinating ideas can be explored and images created.” (D. T. Barnard, Computing Reviews, April, 2016)“Cellular automata (CA) are discrete time dynamical systems that consist of a regular grid of cells. … It is primarily a collection of nice pictures that were generated by CA. … the book should inspire the scientist to present his or her work in a pleasing and graphically attractive way, and it should invite artists to explore the possibilities to be creative with CA. … this is a survey that can get you started to explore a catchy subject.” (Megan Patnott, MAA Reviews, maa.org, August, 2016)

• Self-Organizing Two-Dimensional Cellular Automata: 10 Still Frames.- Is it Art or Science?.- Larger than Life.- Three Favorite Cellular Automata.- Cellular Automata: Dying to Live Again, Architecture, Art, Design.- In Search of Movement and Life on a Static Grid.- Some Beautiful and Difficult Questions about Cellular Automata.- Hyperbolic Gallery.- Evolved Gliders and Waves on a Geodesic Grid.- Constructing Counters through Evolution.- Biological Lattice-Gas Cellular Automata.- The Enlightened Game of Life.- Small Synchronizers and Prime Generators.- Ecological Patterns of Self-Replicators.- The Art of Penrose Life.- Asynchronous Cellular Automata Simulating Complex Phenomena.- A Multiparticle Lattice-Gas Cellular Automaton Simulating a Piston Motion.- Two Layer Asynchronous Cellular Automata.- Cellular Automata Simulation of Bacterial Cell Growth and Division.- Seismic Cellular Automata.- DNA Cellular Automata.- Reversibility, Simulation and Dynamical Behaviour.- Aesthetics and Randomness in Cellular Automata.- Cellular Automata with Memory.- Turing Machine in Conway Game of Life.- Aperiodicity and Reversibility.- Cardiac Pacemaker Tissue by Cellular Automata. Patterns in Cellular Automata.- Gliders in One-Dimensional Cellular Automata.- Excitable Automata.

Andrew  Adamatzky is a professor at the Department of Computer Science and Director of the Unconventional Computing Centre, University of the West of England, Bristol,  UK.  He does research in  reaction-diffusion computing, cellular automata, massive parallel computation, collective intelligence, bionics, complexity, non-linear science, novel hardware.Genaro J Martinez is a professor at the School of Computer Sciences, National Polytechnic Institute, Mexico City, Mexico and visiting fellow at the Unconventional Computing Centre, University of the West of England, Bristol,  UK. His does research in cellular automata, unconventional computing, artificial life, complex systems, and swarm robotics.

“The authors succinctly describe the core ideas of the automata used to generate the beautiful images, and some of the interesting explorations that led to the particular calculations behind the images included in the book. … The images and the reference list together make the book a valuable starting point for those interested in the theory or the art, or those who simply want to find websites where these fascinating ideas can be explored and images created.” (D. T. Barnard, Computing Reviews, April, 2016)“Cellular automata (CA) are discrete time dynamical systems that consist of a regular grid of cells. … It is primarily a collection of nice pictures that were generated by CA. … the book should inspire the scientist to present his or her work in a pleasing and graphically attractive way, and it should invite artists to explore the possibilities to be creative with CA. … this is a survey that can get you started to explore a catchy subject.” (Megan Patnott, MAA Reviews, maa.org, August, 2016)

• Self-Organizing Two-Dimensional Cellular Automata: 10 Still Frames.- Is it Art or Science?.- Larger than Life.- Three Favorite Cellular Automata.- Cellular Automata: Dying to Live Again, Architecture, Art, Design.- In Search of Movement and Life on a Static Grid.- Some Beautiful and Difficult Questions about Cellular Automata.- Hyperbolic Gallery.- Evolved Gliders and Waves on a Geodesic Grid.- Constructing Counters through Evolution.- Biological Lattice-Gas Cellular Automata.- The Enlightened Game of Life.- Small Synchronizers and Prime Generators.- Ecological Patterns of Self-Replicators.- The Art of Penrose Life.- Asynchronous Cellular Automata Simulating Complex Phenomena.- A Multiparticle Lattice-Gas Cellular Automaton Simulating a Piston Motion.- Two Layer Asynchronous Cellular Automata.- Cellular Automata Simulation of Bacterial Cell Growth and Division.- Seismic Cellular Automata.- DNA Cellular Automata.- Reversibility, Simulation and Dynamical Behaviour.- Aesthetics and Randomness in Cellular Automata.- Cellular Automata with Memory.- Turing Machine in Conway Game of Life.- Aperiodicity and Reversibility.- Cardiac Pacemaker Tissue by Cellular Automata. Patterns in Cellular Automata.- Gliders in One-Dimensional Cellular Automata.- Excitable Automata.

Andrew  Adamatzky is a professor at the Department of Computer Science and Director of the Unconventional Computing Centre, University of the West of England, Bristol,  UK.  He does research in  reaction-diffusion computing, cellular automata, massive parallel computation, collective intelligence, bionics, complexity, non-linear science, novel hardware.Genaro J Martinez is a professor at the School of Computer Sciences, National Polytechnic Institute, Mexico City, Mexico and visiting fellow at the Unconventional Computing Centre, University of the West of England, Bristol,  UK. His does research in cellular automata, unconventional computing, artificial life, complex systems, and swarm robotics.

“The authors succinctly describe the core ideas of the automata used to generate the beautiful images, and some of the interesting explorations that led to the particular calculations behind the images included in the book. … The images and the reference list together make the book a valuable starting point for those interested in the theory or the art, or those who simply want to find websites where these fascinating ideas can be explored and images created.” (D. T. Barnard, Computing Reviews, April, 2016)“Cellular automata (CA) are discrete time dynamical systems that consist of a regular grid of cells. … It is primarily a collection of nice pictures that were generated by CA. … the book should inspire the scientist to present his or her work in a pleasing and graphically attractive way, and it should invite artists to explore the possibilities to be creative with CA. … this is a survey that can get you started to explore a catchy subject.” (Megan Patnott, MAA Reviews, maa.org, August, 2016)

• Self-Organizing Two-Dimensional Cellular Automata: 10 Still Frames.- Is it Art or Science?.- Larger than Life.- Three Favorite Cellular Automata.- Cellular Automata: Dying to Live Again, Architecture, Art, Design.- In Search of Movement and Life on a Static Grid.- Some Beautiful and Difficult Questions about Cellular Automata.- Hyperbolic Gallery.- Evolved Gliders and Waves on a Geodesic Grid.- Constructing Counters through Evolution.- Biological Lattice-Gas Cellular Automata.- The Enlightened Game of Life.- Small Synchronizers and Prime Generators.- Ecological Patterns of Self-Replicators.- The Art of Penrose Life.- Asynchronous Cellular Automata Simulating Complex Phenomena.- A Multiparticle Lattice-Gas Cellular Automaton Simulating a Piston Motion.- Two Layer Asynchronous Cellular Automata.- Cellular Automata Simulation of Bacterial Cell Growth and Division.- Seismic Cellular Automata.- DNA Cellular Automata.- Reversibility, Simulation and Dynamical Behaviour.- Aesthetics and Randomness in Cellular Automata.- Cellular Automata with Memory.- Turing Machine in Conway Game of Life.- Aperiodicity and Reversibility.- Cardiac Pacemaker Tissue by Cellular Automata. Patterns in Cellular Automata.- Gliders in One-Dimensional Cellular Automata.- Excitable Automata.